RedMax EDG2300R Especificações descarregar pdf (Página 6)

 6 

Safety Precautions

■ THINGS TO CHECK BEFORE USING

YOUR PORTABLE GAS DRILL

• Before beginning work, look around

carefully to get a feel for the shape of the

land, and whether or not there are any

obstacles which might get in the way while

working, and remove any obstacles which

can be cleared away before beginning

work.

• The area within a perimeter of 50feet

(15m) of the person using the portable

gas drill should be considered a

hazardous area into which no one should

enter while the portable gas drill is in use,

and when necessary yellow warning rope,

warning signs, or some other form of

warnings should be placed around the

perimeter of the area. When work is to be

performed simultaneously by two or more

persons, care should also be taken to

constantly look around or otherwise check

for the presence and locations of other

people using portable gas drill within the

work area so as to maintain a distance

between each person sufficient to ensure

safety.

• Before beginning work, each component

of the portable gas drill should be checked

to make sure that it is in proper working

order and to make sure that there are no

loose screws or bolts, fuel leaks, ruptures,

dents, or any other problems which might

interfere with safe operation. Be especially

careful at this time to check that there is

nothing wrong with the drills or with the

joints by which the drills are attached to

the portable gas drill.

■ THINGS TO CHECK BEFORE

STARTING UP THE ENGINE

• Take a careful look around to make sure

that no obstacles exist within a perimeter

of 15feet (5m)or less around the portable

gas drill before starting the engine.

• The portable gas drill is equipped with a

centrifugal clutch mechanism which

causes the drills to begin to rotate as soon

as the engine is started by putting the

throttle into the start position. When

starting the engine, hold it firmly in place

so as to ensure that nor the throttle may

not come into contact with any obstacles

when the engine starts up.

• Never place the throttle into the high

speed position when starting the engine.

• After starting up the engine, check to

make sure that the drills stop rotating

when the throttle is moved fully back to its

original position. If the drills continue to

rotate even after the throttle has been

moved fully back, turn off the engine and

take the unit to your authorized Red Max

servicing dealer for repair.

■ AVOID NOISE PROBLEM

Check and follow the local regulations

as to sound level and hours of

operations for portable gas drill.

• In general, operate portable gas drill

between 8a.m.and 5p.m.on week days

and 9a.m.to 5p.m.weekends. Avoid using

portable gas drill late at night and/or early

in the morning.

NOTE

1 2 3 4 5 6 7 8 9 10 11 ... 23 24

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Epson S1C6200A Specifications (268 pages)

Brand: Epson | Category: Power generators | Size: 1.56 MB |

S1C62N82

Technical Hardware

CONTENTS

Hardware

INTRODUCTION

CHAPTER 1

Features

EPSON I-3

CHAPTER 1: INTRODUCTION

Core CPU S1C6200A

Pin Layout Diagram

Fig. 1.4.2

Pin assignment

Pin Description

Power Supply

Initial Reset

Table 2.2.1

Input port combinations

Test Pin (TEST)

CPU, ROM, RAM

Fig. 3.2.1

ROM configuration

Memory Map

EPSON I-15

EPSON I-19

EPSON I-21

Oscillation Circuit

OSC3 oscillation

Configuration of

Control of oscillation

Input Ports (K00–K03, K10)

Input comparison

EPSON I-29

Mask option

Control of input ports

EPSON I-35

Control of output

R10 Register

FOUT output

I/O Ports (P00–P03)

Control of I/O port

EPSON I-43

LCD Driver

Frame frequency

Fig. 4.6.5

Segment allocation

Fig. 4.6.6

Clock Timer

Frequency

Control of clock

EPSON I-57

Stopwatch Timer

Count-up pattern

Interrupt function

Control of stopwatch

EPSON I-63

Configuration of SVD

Operation of SVD

Operation of heavy

Control of SVD cir

EPSON I-69

Analog Voltage Comparator

Operation of analog

Control of analog

4.11 Melody Generator

Fig. 4.11.1

Melody generator

Fig. 4.11.2

Frequency booster

Fig. 4.11.4

Address register

Fig. 4.11.5

Address counters

Table 4.11.1

Dividing ratio

Fig. 4.11.6

Table 4.11.2

Counter setting and tempo

Table 4.11.3

Tempo and switch setting

TS3TS2TS1TS0

EPSON I-83

Table 4.11.5 (b)

Scale ROM data and interval

(without frequency booster)

Data bus

100

(with external

101

EPSON I-91

103

Melody data

104

Table 4.11.6

105

Note data and notes

105

Playing of silent note

107

Envelope function

108

Attack signal

109

R12 pin output

109

Melody signal

109

MO pin output

109

Playing tempo

110

Table 4.11.8

111

Playing speed

111

Playing mode

112

EPSON I-101

113

Fig. 4.11.18

114

Level hold mode

114

Fig. 4.11.19

115

Retrigger mode

115

Control of the

116

EPSON I-105

117

Table 4.11.10

118

EPSON I-107

119

Interrupt and HALT

120

Interrupt flag

121

Interrupt factors

122

Specific masks and

123

Interrupt vectors and

124

Control of interrupt

125

EPSON I-115

127

BASIC EXTERNAL WIRING DIA

129

CHAPTER 5

129

S1C62L82

130

S1C62A82

130

(3) Envelope Driving

131

(4) Envelope Driving

132

6.1 Absolute Maximum Rating

133

6.3 DC Characteristics

135

Analog comparator

137

EPSON I-131

143

CHAPTER 7 PACKAGE

145

CHAPTER 7: PACKAGE

146

EPSON I-135

147

CHAPTER 8 PAD LAYOUT

148

8.2 Pad Coordinates

149

Technical Software

151

Software

155

CONFIGURATION

157

Fig. 1.2.1

158

Configuration of built-in ROM

158

1.3 Interrupt Vectors

159

Data Memory Map

160

EPSON II-5

161

CHAPTER 1: CONFIGURATION

161

EPSON II-9

165

EPSON II-11

167

INITIAL RESET

168

CHAPTER 2

168

EPSON II-13

169

CHAPTER 2: INITIAL RESET

169

Initialize Program Example

170

Fig. 2.2.1

171

PERIPHERAL CIRCUITS

172

CHAPTER 3

172

Examples of oscilla

173

Switch the CPU clock to OSC1

174

Set OSC3 to OFF

174

Return to parent routine

174

Input Ports3.2

175

Control of

176

Examples of input

177

Output Ports3.3

178

Examples of output

179

Special Use Output Ports3.4

180

Control of the spe

181

Example of special

182

3.5 I/O Ports

183

Examples of I/O port

184

A register

185

LCD Driver3.6

187

Control of the LCD

188

189

Examples of

190

LCD driver control

190

D3 D2 D1 D0

191

Set address of display memory

193

Display of underline

193

Fig. 3.6.7

194

Example of dot matrix LCD

194

3.7 Timer

195

Control of the timer

196

Examples of timer

197

3.8 Stopwatch Timer

199

Control of the stop

200

Examples of stop

201

SWH3 SWH2 SWH1 SWH0

202

B register

202

SWL3 SWL2 SWL1 SWL0

202

SVD circuit and

203

Control of the SVD

204

Example of SVD

204

Heavy load protec

205

Examples of heavy

207

Fig. 3.9.4

209

Flow chart of operation

209

3.10 Analog Comparator

210

Example of CMP

211

3.11 Melody Generator

212

Address setting

213

(Addresses 0F0H and

213

Play mode control

213

Fig. 3.11.2

214

Control procedure of

214

(2) Level hold

215

Fig. 3.11.4

216

Fig. 3.11.5

217

Control procedure of tempo

217

Fig. 3.11.6

219

Control procedure of play

219

Melody interrupt

220

Melody ROM

220

Table 3.11.4

221

Note data

221

Fig. 3.11.8

221

Waveform of envelope

221

Scale ROM

222

EPSON II-67

223

EPSON II-69

225

3.12 Interrupt and Halt

226

EPSON II-71

227

Control of interrupts

229

Fig. 3.12.1

230

Fig. 3.12.2

231

K10 input interrupt circuit

231

Fig. 3.12.3

232

Timer interrupt circuit

232

Fig. 3.12.4

233

Stopwatch interrupt

233

EPSON II-79

235

EPSON II-81

237

Interrupt

238

Vector Address

238

Priority

238

EPSON II-83

239

Fig. 3.12.6

240

Internal interrupt circuit

240

Examples of interrupt

241

EPSON II-87

243

EPSON II-89

245

EPSON II-91

247

EPSON II-93

249

EPSON II-95

251

Registers specified

253

EPSON II-99

255

EPSON II-101

257

EPSON II-103

259

Source File Name

260

Statement (line)

260

1 2 3 4 5 6 7 8

261

APPENDIX F Dividing Table

262

EPSON II-107

263

APPENDIX F: DIVIDING TABLE

263

APPENDIX G RAM Map

264

EPSON II-109

265

APPENDIX G: RAM MAP

265

Epson IS energy savings

267

First issue November, 1991

268

Epson S1C6200A Specifications (47 pages)

Brand: Epson | Category: Power generators | Size: 0.38 MB |

S5U1C60N03D

CONTENTS

1 COMPOSITION OF

DEVELOPMENT SUPPORT TOOL

1.3 Development Flow

1.4 Installation

2 CROSS ASSEMBLER ASM6003

2.3 ASM6003 Quick Reference

■ Pseudo-instructions

■ Error messages

FOG6003

6. TIMER INTERRUPT FREQUENCY

8. R00 SPECIFICATION

9. R01 SPECIFICATION

10.R02, R03 SPECIFICATION

1 Device type

2 LCD specification

Fig. 3.3.3 External elements

4 Multiple key entry reset

5 Interrupt noise rejector

3 OSC1 system clock

Data bus

Read signal

8 R00 specification

9 R01 specification

10 R02, R03 specification

3.4 FOG6003 Quick Reference

16 EPSON S5U1C60N03D MANUAL

3.5 Sample File

(The code of \ and ¥ is 5CH.)

SOG6003

■ When DC output is selected

4.4 SOG6003 Quick Reference

4.5 Sample Files

5.1 ICS6003 Outline

5.2 ICS6003 Restrictions

5.3 ICS6003 Quick Reference

■ Command list

EPSON 27

6 MASK DATA CHECKER MDC6003

■ Display examples

6 MASK DATA CHECKER MDC6003

EPSON S5U1C60N03D MANUAL

A. S1C60N03 INSTRUCTION SET

32 EPSON S5U1C60N03D MANUAL

EPSON 33

Symbols associated with flags

B. S1C60N03 RAM MAP

C. S1C60N03 I/O MEMORY MAP

TROUBLESHOOTING

APPENDIX D. TROUBLESHOOTING

Remedy measures

DEBUGGING FOR 1/2 DUTY

DRIVE ON EVALUATION BOARD

First issue December, 1997

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RedMax EDG2300R Especificações Página 6

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Epson S1C6200A manuals

Epson S1C6200A Specifications (268 pages)

Table of contents

Epson S1C6200A Specifications (47 pages)

Table of contents

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RedMax EDG2300R Especificações Página 6

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Epson S1C6200A manuals

Epson S1C6200A Specifications (268 pages)

Table of contents

Epson S1C6200A Specifications (47 pages)

Table of contents

More products and manuals for Power generators Epson